Polymeric Nano-Thermometer Exploiting Reverse Intersystem Crossing: A Potential Solution to Common Interferences

Key Points

• The aim is to develop a polymeric nano-thermometer that enhances temperature sensing precision through reverse intersystem crossing.
• Utilized fluorescence-based techniques for temperature measurement
• Focused on spatial resolution from tens to hundreds of nanometers
• Evaluated the effectiveness of the polymeric nano-thermometer in different applications
• Achieved significant improvements in temperature measurement accuracy
• Demonstrated potential applications in intracellular sensing and microcircuit thermal mapping
• The innovative approach shows reduced interferences common in traditional methods